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A platform for research: civil engineering, architecture and urbanism
Fuzzy Comprehensive Evaluation of Waterproof Construction Risk of Subway Station Based on Analytic Network Process
In order to explore the mechanism of water leakage in subway stations, improve water seepage in subway stations, and build a scientific and effective waterproof system, a risk evaluation model of subway station waterproof construction was established on the basis of risk identification and in combination with the Analytic Network Process (ANP) and the fuzzy comprehensive evaluation method. Besides, a subway station project in Zhengzhou was taken as an example to analyze the causes of water seepage in subway stations and summarize the characteristics of water seepage in urban subway stations. Risk evaluation was performed on the waterproof construction system of subway stations and some suggestions on waterproof construction control and plugging were put forward. The results showed that this model can be used to accurately evaluate waterproof construction projects of urban subways and provide a scientific and reasonable research method for the risk assessment of water leakage in urban underground space.
Fuzzy Comprehensive Evaluation of Waterproof Construction Risk of Subway Station Based on Analytic Network Process
In order to explore the mechanism of water leakage in subway stations, improve water seepage in subway stations, and build a scientific and effective waterproof system, a risk evaluation model of subway station waterproof construction was established on the basis of risk identification and in combination with the Analytic Network Process (ANP) and the fuzzy comprehensive evaluation method. Besides, a subway station project in Zhengzhou was taken as an example to analyze the causes of water seepage in subway stations and summarize the characteristics of water seepage in urban subway stations. Risk evaluation was performed on the waterproof construction system of subway stations and some suggestions on waterproof construction control and plugging were put forward. The results showed that this model can be used to accurately evaluate waterproof construction projects of urban subways and provide a scientific and reasonable research method for the risk assessment of water leakage in urban underground space.
Fuzzy Comprehensive Evaluation of Waterproof Construction Risk of Subway Station Based on Analytic Network Process
Wu, Kunpeng (author) / Ma, Xiaojian (author) / Meng, Fanli (author) / Wang, Xiaorui (author)
2022-11-25
3838939 byte
Conference paper
Electronic Resource
English
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